CN2705039Y

CN2705039Y - Anti-pressure anti-tilt shoe with new structure

Info

Publication number: CN2705039Y
Application number: CN 200320100555
Authority: CN
Inventors: 王仁佑; 王俊元
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-10-15
Filing date: 2003-10-15
Publication date: 2005-06-22
Anticipated expiration: 2013-10-15

Abstract

A kind of resistance to compression anti-tilt shoe that is applicable to various men and women with novel structure, mainly be heel front periphery and sole one bind insert and put between back and shoe-pad pad establish one by fibrous composite the end in the integrated footwear, making this insert and put pad is located in the footwear between sole and the footwear body bottom structure and maybe establishes with sole this composite pad one-body molded, utilize the multiple material of fiber of this pad light, the characteristic that toughness is good, make the footwear body be kept slim and graceful weight, bear the support strength that foot applies to improve sole, to avoid sole collapse-deformation or heel fracture damage, protect the edge structure by what the end in the footwear or sole rear side periphery contour appropriate location enclosed formation simultaneously, also can make shoe-pad be able to firm the applying and be positioned in the footwear end or sole protects in the intermarginal zone that encloses, dress the walking comfortableness and can improve foot.

Description

A kind of resistance to compression anti-tilt shoe with novel structure

Technical field

The utility model is the resistance to compression anti-tilt shoe that has novel structure about a kind of, especially refer to a kind of footwear such as the end or sole in various men's footwear or the lady's high-heeled shoes footwear that is applicable to, and this inserts and puts pad and is located at and establishes by bottom structure in the integrated footwear of fiber composite material between below heel, sole and top shoe-pad or establish with sole one-body moldedly, wholely dresses the walking security and makes the wearer have automatic straightening to wear footwear use effect to promote.

Background technology

Bottom structure in the general footwear, wherein special utilization of pin heel chosen high heel design, the streamline moulding of collocation footwear body, the women is dressed after, set off the aesthetic feeling of women's limbs, therefore liked by women masses.

The sole body structure of early stage high-heeled shoes, be by heel mostly, shoe-pad, or be provided with support unshakable in one's determination and members such as sole and heel cushion block combine, because general shoe-pad is to be vacant state near the heel position, therefore have the stress concentration phenomenon, bottom in the footwear is if establish so that unshakable in one's determination the support to be arranged, because this support iron core can get rusty, can make this footwear be subjected to climatic effect to produce qualitative change damages, easily human body is damaged, make sole herein after bearing the foot weight application, be easy to generate collapse-deformation simultaneously, even fracture damage, sole body 10 structures shown in first figure, its mainly be by top layer, heel 11 upper end forward one extend a bit of metal board 111 (please cooperate consult shown in Figure 2, might make shape unshakable in one's determination)), make this sole 12 the board 111 that the 13 pairs of heels 11 in the end protract in corresponding the footwear is fitted mutually, and sole 12 ends also can carry over heel 11 front-end edges and give smooth-going applying, and the structural design of extending board 111 through heel 11 front end one, to improve the support strength at heel 11 front end places, and in addition in these footwear the end with and heel between can add one and follow closely body 14 increasing its steadiness, the end, add a shoe-pad 15 for dress on it in the footwear.

Though the metal carrier structure that this heel one is extended can improve support strength herein, but because common metal board proportion height, therefore for avoiding the footwear body weight excessive, this metal carrier is adopted than the minimal thickness design usually or is condensed to the tubing string shape and is located at beneath side in the footwear, therefore reduced the support strength of board, especially the board toughness of metal material is not good enough, make the flake structure of board produce flexural deformation easily, be easy to generate the shortcoming of collapse-deformation and fracture damage for above-mentioned high-heeled shoes, and the nail body in the footwear between the end and heel also easy deformation gets rusty and damages, and therefore still has bigger improved space.

The utility model content

Main purpose of the present utility model is to provide a kind of resistance to compression anti-tilt shoe with novel structure, mainly be below heel, sole and above insert and put between shoe-pad pad establish one with the integrated footwear of fiber composite material in the end or establish a composite pad indirectly in this sole, in addition can be in sole or footwear end rear side periphery contour appropriate location enclose to be formed with and protect edge body shape, to improve whole walking comfortableness and the structure of using effect of dressing.

The purpose of this utility model is achieved in that

A kind of tool novel structure resistance to compression anti-tilt shoe, these footwear mainly are made up of a footwear body, a shoe-pad and a sole, and the pad that inserts and puts between the insole top end face of above-mentioned footwear body and shoe-pad is provided with the end in the integrated footwear of a complex fiber material lamellar body.

Aforesaid resistance to compression anti-tilt shoe with novel structure, these footwear are formed with a footwear body, a shoe-pad and sole, wherein, this sole can with one be made as one-body molded with the complex fiber material forming gasket.

Aforesaid resistance to compression anti-tilt shoe with novel structure, the end or sole can be formed with in rear side periphery contour appropriate location and protect edge in the wherein said composite pad footwear, and make the end in these footwear or sole protect intermarginal enclosing to be contour setting after the zone of putting just can or add shoe-pad for the end or sole in the footwear.

Aforesaid resistance to compression anti-tilt shoe with novel structure, the set composite pad of the end or sole also can be shaped earlier in wherein said these footwear, again with footwear in the end or sole paste to pay with glutinous agent and shape.

In the aforesaid tool resistance to compression anti-tilt shoe novel structure, wherein said this composite wood pad and footwear the end or sole be provided with the position be can along extend corresponding pin nest with foot or arch portion lateral margin or with sole or footwear in the edge that protects that forms of the end become to connect to establish shape.

Aforesaid resistance to compression anti-tilt shoe with novel structure, wherein said this complex fiber material lamellar body can be established carbon fiber or glass fibre or its according to actual needs and be mixed and made into, and this composite fibre lamellar body can be made as the cloth shape or non-cloth shape is made into integration or shapes in advance, can need be end moulding in thermoplastic or thermosetting or its mixed system and the footwear according to intensity.

Aforesaid resistance to compression anti-tilt shoe with novel structure, the end or sole bottom connect and establish (or one-body molded) composite wood pad and can weave and connect the pattern of establishing the transparent or tool transparent effect of a tool in wherein said these footwear.

Aforesaid resistance to compression anti-tilt shoe with novel structure, appropriate location added one and establishes with one-body molded with the bar-shaped or demihull shape of glass fibre or the flexible composite wood of high temperature resistant tool in the middle of the end or sole were established and engaged with the composite pad in wherein said these footwear, and can need be that thermoplastic or thermosetting or its mix the end or Sole moulding in system and the footwear according to intensity.

In sum, the utility model is compared prior art, has tangible advantage and beneficial effect;

1, the footwear body weight is slim and graceful: because multiple material is one-body molded can effectively bring into play composite wood light weight characteristic with fiber at the end in the utility model footwear, makes and wholely unlikely the footwear body weight is caused too big burden, and make the footwear body must keep the slim and graceful state of weight.

2, improve the support strength of sole body: as mentioned above, because the end is with the one-body molded good characteristic of composite material toughness of bringing into play of fibrous composite in the utility model footwear, simultaneously in these footwear the end be with half insert formula or full the shop formula insert and put pad and be located between heel and sole, therefore after putting on shoe-pad with foot weight, just can be supported absorption through the end in these footwear, and see through the end in the good footwear of toughness, to guarantee integrally-built support strength, make the footwear body be difficult for collapse-deformation or fracture damage, dress service life thereby prolong.

3, can improve the effect of dressing walking security and tool prevention rectification: because end rear side periphery contour appropriate location is can enclose to be formed with to protect the edge structure in the footwear of the present utility model, so making shoe-pad be able to firm the applying is positioned to protect in the zone of intermarginal formation, can guarantee foot wearing walking correct body position, cause foot injury or tired to avoid faulty posture.

4, fix with nail body and heel in footwear, because of the composite wood structure is difficult for ruined characteristic, therefore fixing with heel can be more firm at the end.

5, this composite pad is established with sole (being commonly called as the big end) and connect and establish, can be pad and insert and put glutinously if one-body molded with the big end, the integrated edge that protects has suitable protective effect to the foot anti-dumping.

In sum, a kind of resistance to compression anti-tilt shoe of the utility model with novel structure, provide a kind of various men's footwear or various footwear sole bodies such as lady's high-heeled shoes or sport footwear of being applicable to, be located between below heel, sole and top shoe-pad to answer in the integrated footwear of material the end or to connect and be set as the type structure and insert and put pad with sole by fiber, it really belongs to innovation on manufacture method, and manufacture method is simple and easy, is suitable for practicality, has the extensive value of industry.It is in limited field, technical development space, no matter bigger improvement is all being arranged on the manufacture method or on the function, and have large improvement technically, and produced handy and practical effect, and has the effect of enhancement really, thereby being suitable for practicality more, really is a new and innovative, progressive, practical new design.

Description of drawings

Fig. 1 is the perspective exploded view of prior art high-heeled shoes sole body.

Fig. 2 is the side-looking generalized section of habitual high-heeled shoes.

Fig. 3 is the perspective exploded view of the utility model high-heeled shoes.

Fig. 4 is the side-looking section embodiment schematic diagram of the utility model high-heeled shoes.

Fig. 5 is an end partial cutaway schematic in the utility model and the footwear.

Fig. 6 is the utility model and Sole moulding schematic diagram.

The specific embodiment

The present invention is described in further detail below in conjunction with accompanying drawing and specific embodiment:

See also Fig. 3～shown in Figure 5, for high-heeled shoes of the present utility model are explanation, by diagram as can be known, high-heeled shoes 20 of the present utility model are roughly identical with existing structure, form sole after one's death by heel 21, shoe-pad 22, sole 23 (being commonly called as the big end) and a heel cushion block 24, the footwear body 25 of arranging in pairs or groups again constitutes, please cooperate consult shown in Figure 4; Main improvement of the present utility model is: 22 of above-mentioned heel 21 front periphery and sole 23 one bonding back and top shoe-pads, inserting and putting pad is provided with a tool and establishes the end 26 in the fiber composite material plate body 27 integrated footwear, and the ends 26 rear side periphery contour appropriate location is arranged with and protects edge 261 in these footwear, making this shoe-pad 22 be able to firm the applying is positioned in the footwear end 26 and protects in 261 zones that enclose of edge, and establish tool nail body 281 fixtures 28 and establish by the ends in the footwear 26 upper end edge and down be through to heel 21 increasing fixedly usefulness of heel 25 and footwear body 25, in these footwear the end 26 can be made as papery or other material can with the one-body molded material of composite fiber; So that in the footwear end 26 just can bring into play the multiple characteristic that material is light, toughness is good of this fiber, slim and graceful with the weight of guaranteeing high-heeled shoes 20, improve sole body support strength simultaneously, can effectively avoid the sole collapse-deformation, or heel 21 fracture damage, protect edge 261 designs and can promote wearing walking comfortableness at the end 26 in the footwear in addition, to reach good wearing result of use.

See also shown in Figure 6ly, the utility model sole 23 can be established and be made as one-body molded with this complex fiber material pad 27.

Wherein, after the set composite wood pad 27 in bottom, the ends 26 can be shaped earlier in the utility model footwear, again with footwear in the end 26 establish with fit back and shaping of a suitable adhesive agent, in like manner also can be made as to be and insert and put the glutinous shape that is set as with sole 23 in 23 these composite wood pads 27 of sole.

See also shown in Fig. 5～6, in addition the utility model composite wood pad 27 can form one protect edge 271 or in footwear the end 26 or sole 23 position is set can extends to the footwear the end 26 or sole 23 and be arranged in foot pin nest place or arch portion lateral margin place or 26 protect edge 261 and connect with protecting at the bottom of edge 231 or the footwear of sole 23, can have to prevent to adopt and step on careless inclination and have anti-dumping and resistance to compression effect because of foot.

This complex fiber material lamellar body 27 can be established carbon fiber or glass fibre or its person of being mixed and made into according to actual needs, and this composite fibre lamellar body can be made as the cloth shape or non-cloth shape is made into integration or shapes in advance, appropriate location added one and establishes with one-body molded (not shown) with the barred body of glass fibre or high temperature resistant tool elastic composite in the middle of the end 26 or sole 23 engaged with composite pad 27 in also can footwear, establish pad and adopt resistance to compression and elasticity between stepping on to increase this folder, and can need be that thermoplastic or thermosetting or its mix the end or Sole moulding in system and the footwear according to intensity for foot.

Wherein, end bottom connects and establishes (or one-body molded) composite wood pad 27 and can be made as Weaving pattern and can connecing down and establish at the transparent or big end of tool transparent effect (sole) of a tool in these footwear, removes to make this footwear body tool strengthen resistance to compression effect and tool decorative effect.

Tool described in the utility model is established in the footwear of composite fibre pad 27 end 26 or sole 23 applicable various men, Socks for woman footwear structure.

It should be noted that at last above embodiment only in order to the explanation the present invention and and unrestricted technical scheme described in the invention; Therefore, although this specification has been described in detail the present invention with reference to each above-mentioned embodiment,, those of ordinary skill in the art should be appreciated that still and can make amendment or be equal to replacement the present invention; And all do not break away from the technical scheme and the improvement thereof of the spirit and scope of the present invention, and it all should be encompassed in the middle of the claim scope of the present invention.

Claims

1, a kind of tool novel structure resistance to compression anti-tilt shoe, these footwear mainly are made up of a footwear body, a shoe-pad and a sole, it is characterized in that: the pad that inserts and puts between the insole top end face of above-mentioned footwear body and shoe-pad is provided with the end in the integrated footwear of a complex fiber material lamellar body.

2, according to the described resistance to compression anti-tilt shoe of claim 1 with novel structure, it is characterized in that these footwear are formed with a footwear body, a shoe-pad and sole, wherein, this sole can with one be made as one-body molded with the complex fiber material forming gasket.

3, according to claim 1 or 2 described resistance to compression anti-tilt shoes with novel structure, it is characterized in that in the wherein said composite pad footwear that the end or sole can be formed with in rear side periphery contour appropriate location protects edge, and makes in these footwear the end or sole protect intermarginal enclosing to be contour setting after the zone of putting just can or add shoe-pad for the end or sole in the footwear.

4, according to claim 1 or 2 described resistance to compression anti-tilt shoes with novel structure, it is characterized in that in wherein said these footwear that the end or the set composite pad of sole can be shaped earlier after, again with footwear in the end or sole paste with glutinous agent and pay.

5, according to claim 1 or 2 described tool resistance to compression anti-tilt shoe novel structures, it is characterized in that the end in wherein said this composite wood pad and the footwear or sole be provided with the position be can along extend corresponding pin nest with foot or arch portion lateral margin or with sole or footwear in the edge that protects that forms of the end become to connect to establish shape.

6, according to claim 1 or 2 described resistance to compression anti-tilt shoes with novel structure, it is characterized in that wherein said this complex fiber material lamellar body can establish carbon fiber or glass fibre or its according to actual needs and be mixed and made into, and this composite fibre lamellar body can be made as the cloth shape or non-cloth shape is made into integration or shapes in advance, can need be end moulding in thermoplastic or thermosetting or its mixed system and the footwear according to intensity.

7,, it is characterized in that the end in wherein said these footwear or sole bottom connect if the pattern of establishing the transparent or tool transparent effect of a tool can be worked out and be connect to one-body molded composite wood pad according to claim 1 or 2 described resistance to compression anti-tilt shoes with novel structure.

8, according to claim 1 or 2 described resistance to compression anti-tilt shoes with novel structure, it is characterized in that in wherein said these footwear the end or sole establish engage with the composite pad in the middle of appropriate location add one and establish with one-body molded with the bar-shaped or demihull shape of glass fibre or the flexible composite wood of high temperature resistant tool, and can need be that thermoplastic or thermosetting or its mix the end or Sole moulding in system and the footwear according to intensity.